The phrase "as a function of the solvent" is correct and usable in written English.
It is typically used in scientific or technical contexts to describe how a particular variable or outcome changes in relation to the solvent being used.
Example: "The solubility of the compound varies significantly as a function of the solvent employed in the experiment."
Alternatives: "in relation to the solvent" or "depending on the solvent".
LiBF4 and LiPF6 were measured as a function of the solvent composition.
For the first time, modelling of the binary copolymerization rate is presented as a function of the solvent quality.
The synthesis objectives are expressed either as a function of the solvent properties or alternatively as functions of design parameters and variables of the flowsheet.
In selected solvents (water + methanol), the association phenomenon was investigated as a function of the solvent composition and the chemical structure of the copolymers.
This effect has been exploited to create a chemical sensor, in fact optical measurements have evidenced that the composite structure presents a different optical response as a function of the solvent applied on the surface.
The integrated design of a solvent and process for high-pressure gas separations requires thermodynamic models which can reliably predict high-pressure phase equilibrium as a function of the solvent's molecular structure.
Organic solvents for lycopene extraction were selected as a function of the log P solvent, which ranged from 3.76, 4.27, 4.78, 5.8 to 6.31 for heptane, hexane, octane, decane, undecane and dodecane, respectively.
A systematic experimental phase diagram of PS144-b-PAA22 in toluene methanol mixtures as a function of the copolymer concentration and solvent composition is shown in Fig. 2a.
It is based on approximate solute-solvent correlation functions to be computed on a 3D grid as a function of the interaction potential between the solute and the solvent sites, circumventing the need of costly sampling of explicit solvent degrees of freedom.
Force-clamp spectroscopy reveals the unfolding and disulfide bond rupture times of single protein molecules as a function of the stretching force, point mutations, and solvent conditions.
Monitoring the amount of solvent eliminated as a function of the annealing parameters is important to design a proper treatment to ensure complete solvent elimination, crucial to obtain reproducible and stable material properties and therefore, device performance.
